BlueWasher Microplate Washer

The BlueCatBio BlueWasher is an automated microplate washer designed to provide gentle, efficient, and low-residual washing for delicate cell-based and bead-based assay workflows. Utilizing BlueCatBio’s patented non-contact washing technology, the BlueWasher minimizes sample disturbance while improving wash consistency, making it an ideal solution for sensitive applications where traditional vacuum manifold or pin-based washing methods may compromise assay integrity.

Compact and easy to integrate into laboratory workflows, the BlueWasher supports a variety of plate formats and applications in genomics, drug discovery, cell biology, immunology, and high-throughput screening environments. Its precise dispensing and aspiration capabilities help reduce cell loss, improve reproducibility, and streamline complex assay protocols.

Key Features & Benefits

• Gentle non-contact washing – Minimizes disruption of sensitive cells and assays
• Low residual volumes – Improves washing efficiency and assay consistency
• Supports delicate workflows – Ideal for adherent cells, spheroids, and bead-based assays
• Automated plate washing – Reduces manual handling and increases throughput
• Flexible plate compatibility – Works with multiple SBS-standard microplate formats
• Compact benchtop footprint – Easily fits into existing laboratory setups
• User-friendly software – Simplifies protocol setup and workflow operation
• Improved reproducibility – Consistent wash performance across plates and runs

Applications

• Cell-based assays
• ELISA and immunoassays
• Bead-based assay workflows
• High-throughput screening
• Drug discovery research
• Genomics workflows
• 3D cell culture and spheroid assays
• Microplate washing and reagent exchange

The BlueCatBio BlueWasher combines gentle liquid handling, precise washing performance, and workflow flexibility in one compact platform, making it an excellent solution for laboratories requiring reliable automated microplate washing for sensitive biological applications.